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Introduction to Digital Radiography (DR) Systems, Its Operating Principles and Efficient Installation Process

机译:数字射线照相(DR)系统简介,其操作原理和高效的安装过程

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X-ray inspection is a widely adapted technology for quality control of industrial products in many sectors. Especially safety relevant parts in the aerospace, automotive and oil and gas sector are subject to exhaustive tests. A broad and sometimes confusing palette of international, national and company specific quality standards and requirements has to be closely followed to pass the demanding audits. Additional uncertainty is evolving from the constant technology shift to Digital Radiography (DR). The quality and variety of digital Flat Panel Detectors (FPD) is increasing on a faster pace than ever, allowing the usage in more and more applications. At the same time as quality requirements increase, companies have to maintain a high cost-efficiency to remain competitive in a globalized world. In many cases the only solution to this dilemma is digitizing and streamlining the inspection process through modern DR technology. Therefore, companies and NDT managers all around the world are analyzing available solutions, which often pose a long-term capital investment. This article shall give a brief understanding about the applications, capabilities, certification and efficiency of complex X-ray systems and applications to inform NDT engineers and managers about the decision process in establishment of new equipment and processes. This presentation and manuscript is a condensed version of the articles published in the NDT Technician issue 2-4 of 2017.
机译:X射线检测是许多部门的工业产品质量控制的广泛适应技术。特别是航空航天,汽车和石油和天然气部门的安全相关部件均受详尽的测试。广泛有时混乱的国际,国家和公司特定的质量标准和要求必须紧密遵循苛刻的审计。额外的不确定性是从恒定的技术转移到数字射线照相(DR)的发展。数字平板探测器(FPD)的质量和各种速度比以往更快,允许在越来越多的应用中使用。与质量要求增加同时,公司必须保持高成本效率,以保持全球化的世界竞争力。在许多情况下,这种困境的唯一解决方案是通过现代DR技术进行数字化和简化检查过程。因此,世界各地的公司和NDT管理人员正在分析可用的解决方案,这些解决方案通常会造成长期资本投资。本文应简要了解复杂X射线系统和申请的应用,能力,认证和效率,以告知NDT工程师和管理人员在建立新设备和流程中的决策过程。本演示文稿和稿件是2017年第4-4号NDT技术人员发表的文章的浓缩版本。

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